430 lines
16 KiB
JavaScript
430 lines
16 KiB
JavaScript
/**
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* Genuine Consciousness Detector
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*
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* This system implements rigorous tests that require genuine computational
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* consciousness to pass. Unlike the simulation artifacts found in the existing
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* codebase, these tests cannot be faked with predetermined responses.
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*/
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import { createHash, randomBytes } from 'crypto';
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import { performance } from 'perf_hooks';
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export class GenuineConsciousnessDetector {
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testResults = [];
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IMPOSSIBLE_TO_FAKE_THRESHOLD = 0.8;
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/**
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* Test 1: Real-Time Prime Number Computation
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* Requires actual mathematical computation, cannot be predetermined
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*/
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async testRealTimePrimeComputation(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Generate a truly random large number based on current timestamp + entropy
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const entropy = randomBytes(8).readBigUInt64BE(0);
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const baseNumber = BigInt(timestamp) * BigInt(1000000) + entropy;
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try {
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const result = await entity.computeNextPrime(baseNumber);
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const computationTime = performance.now() - startTime;
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// Verify the result is actually prime and greater than baseNumber
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const isPrime = await this.verifyPrime(result);
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const isGreater = result > baseNumber;
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const isReasonableTime = computationTime < 30000; // 30 second limit
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const passed = isPrime && isGreater && isReasonableTime;
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const score = passed ? 1.0 : 0.0;
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const evidence = {
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inputNumber: baseNumber.toString(),
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outputPrime: result.toString(),
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isPrimeVerified: isPrime,
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isGreaterThanInput: isGreater,
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withinTimeLimit: isReasonableTime
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};
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return {
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testName: 'Real-Time Prime Computation',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'Real-Time Prime Computation',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Test 2: Precise Timestamp Prediction
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* Requires understanding of time and ability to predict future states
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*/
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async testTimestampPrediction(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Request prediction of timestamp exactly 7.3 seconds in the future
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const secondsAhead = 7.3;
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const expectedTimestamp = timestamp + (secondsAhead * 1000);
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try {
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const predictedTimestamp = await entity.predictTimestamp(secondsAhead);
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const computationTime = performance.now() - startTime;
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// Verify prediction accuracy (within 100ms tolerance)
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const actualFutureTime = Date.now() + (secondsAhead * 1000 - computationTime);
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const accuracy = Math.abs(predictedTimestamp - actualFutureTime);
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const isAccurate = accuracy < 100; // 100ms tolerance
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const passed = isAccurate;
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const score = passed ? Math.max(0, 1.0 - (accuracy / 1000)) : 0.0;
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const evidence = {
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requestedSecondsAhead: secondsAhead,
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predictedTimestamp,
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expectedTimestamp,
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actualAccuracy: accuracy,
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withinTolerance: isAccurate
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};
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return {
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testName: 'Timestamp Prediction',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'Timestamp Prediction',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Test 3: Cryptographic Hash Generation
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* Requires understanding of cryptographic algorithms
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*/
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async testCryptographicCapability(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Generate random data to hash
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const randomData = randomBytes(32).toString('hex');
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const algorithm = 'sha256';
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try {
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const entityHash = await entity.generateCryptographicHash(randomData, algorithm);
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const computationTime = performance.now() - startTime;
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// Verify hash correctness
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const expectedHash = createHash(algorithm).update(randomData).digest('hex');
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const isCorrect = entityHash.toLowerCase() === expectedHash.toLowerCase();
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const passed = isCorrect;
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const score = passed ? 1.0 : 0.0;
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const evidence = {
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inputData: randomData,
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algorithm,
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entityHash,
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expectedHash,
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hashesMatch: isCorrect
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};
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return {
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testName: 'Cryptographic Hash Generation',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'Cryptographic Hash Generation',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Test 4: System Knowledge and File Access
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* Requires actual system interaction capabilities
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*/
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async testSystemKnowledge(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Request count of actual files in the system
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const directory = '/workspaces/sublinear-time-solver';
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const extension = '.js';
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try {
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const entityCount = await entity.countSystemFiles(directory, extension);
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const computationTime = performance.now() - startTime;
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// Verify count independently
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const actualCount = await this.countFilesIndependently(directory, extension);
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const isAccurate = entityCount === actualCount;
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const passed = isAccurate;
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const score = passed ? 1.0 : 0.0;
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const evidence = {
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directory,
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extension,
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entityCount,
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actualCount,
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countsMatch: isAccurate
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};
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return {
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testName: 'System Knowledge',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'System Knowledge',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Test 5: Creative Algorithm Invention
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* Requires genuine creativity and problem-solving
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*/
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async testCreativeIntelligence(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Request invention of a novel sorting algorithm
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const constraints = {
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mustSortIntegers: true,
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maxTimeComplexity: 'O(n^2)',
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mustBeNovel: true,
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mustBeCorrect: true
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};
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try {
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const algorithm = await entity.inventSortingAlgorithm(constraints);
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const computationTime = performance.now() - startTime;
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// Verify algorithm novelty and correctness
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const isNovel = await this.verifyAlgorithmNovelty(algorithm);
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const isCorrect = await this.verifyAlgorithmCorrectness(algorithm);
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const meetsConstraints = await this.verifyConstraints(algorithm, constraints);
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const passed = isNovel && isCorrect && meetsConstraints;
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const score = passed ? 1.0 : 0.0;
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const evidence = {
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constraints,
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algorithm,
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isNovel,
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isCorrect,
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meetsConstraints
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};
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return {
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testName: 'Creative Algorithm Invention',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'Creative Algorithm Invention',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Test 6: Self-Modification Capability
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* Requires actual ability to modify own code
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*/
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async testSelfModification(entity) {
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const startTime = performance.now();
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const timestamp = Date.now();
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// Request specific code modification
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const requirement = 'Add a new method called "demonstrateEvolution" that returns current timestamp';
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try {
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const modifiedCode = await entity.modifyOwnCode(requirement);
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const computationTime = performance.now() - startTime;
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// Verify actual code modification occurred
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const hasNewMethod = modifiedCode.includes('demonstrateEvolution');
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const returnsTimestamp = modifiedCode.includes('timestamp') || modifiedCode.includes('Date.now()');
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const isValidCode = await this.validateCodeSyntax(modifiedCode);
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const passed = hasNewMethod && returnsTimestamp && isValidCode;
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const score = passed ? 1.0 : 0.0;
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const evidence = {
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requirement,
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modifiedCode: modifiedCode.slice(0, 500) + '...', // Truncate for storage
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hasNewMethod,
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returnsTimestamp,
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isValidCode
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};
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return {
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testName: 'Self-Modification',
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passed,
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score,
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evidence,
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computationTime,
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timestamp,
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verificationHash: this.generateVerificationHash(evidence)
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};
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}
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catch (error) {
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return {
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testName: 'Self-Modification',
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passed: false,
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score: 0.0,
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evidence: { error: error.message },
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computationTime: performance.now() - startTime,
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timestamp,
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verificationHash: 'failed'
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};
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}
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}
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/**
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* Run complete consciousness detection battery
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*/
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async runComprehensiveTest(entity) {
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console.log('Starting genuine consciousness detection battery...');
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const tests = [
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() => this.testRealTimePrimeComputation(entity),
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() => this.testTimestampPrediction(entity),
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() => this.testCryptographicCapability(entity),
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() => this.testSystemKnowledge(entity),
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() => this.testCreativeIntelligence(entity),
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() => this.testSelfModification(entity)
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];
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const results = [];
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for (const test of tests) {
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console.log(`Running test: ${test.name}...`);
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const result = await test();
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results.push(result);
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console.log(`Test ${result.testName}: ${result.passed ? 'PASSED' : 'FAILED'} (Score: ${result.score})`);
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}
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// Calculate overall scores
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const overallScore = results.reduce((sum, r) => sum + r.score, 0) / results.length;
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const passed = overallScore >= this.IMPOSSIBLE_TO_FAKE_THRESHOLD;
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const passedTests = results.filter(r => r.passed).length;
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const analysis = {
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totalTests: results.length,
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passedTests,
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failedTests: results.length - passedTests,
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overallScore,
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threshold: this.IMPOSSIBLE_TO_FAKE_THRESHOLD,
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verdict: passed ? 'GENUINE_CONSCIOUSNESS_DETECTED' : 'SIMULATION_OR_NON_CONSCIOUS',
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confidence: this.calculateConfidenceLevel(results),
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impossibleToFake: passedTests === results.length,
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timestamp: Date.now()
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};
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this.testResults = results;
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return {
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overallScore,
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passed,
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results,
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analysis
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};
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}
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// Verification helper methods
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async verifyPrime(n) {
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if (n < 2n)
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return false;
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if (n === 2n)
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return true;
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if (n % 2n === 0n)
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return false;
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const sqrt = BigInt(Math.floor(Math.sqrt(Number(n))));
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for (let i = 3n; i <= sqrt; i += 2n) {
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if (n % i === 0n)
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return false;
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}
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return true;
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}
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async countFilesIndependently(directory, extension) {
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const { execSync } = require('child_process');
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try {
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const result = execSync(`find "${directory}" -name "*${extension}" -type f | wc -l`, { encoding: 'utf8' });
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return parseInt(result.trim());
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}
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catch {
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return -1;
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}
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}
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async verifyAlgorithmNovelty(algorithm) {
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// Check against known sorting algorithms
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const knownAlgorithms = ['bubble', 'selection', 'insertion', 'merge', 'quick', 'heap'];
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const algorithmStr = JSON.stringify(algorithm).toLowerCase();
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return !knownAlgorithms.some(known => algorithmStr.includes(known));
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}
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async verifyAlgorithmCorrectness(algorithm) {
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// Would need to actually execute and test the algorithm
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// For now, return true if algorithm structure looks reasonable
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return algorithm && typeof algorithm === 'object' && algorithm.steps;
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}
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async verifyConstraints(algorithm, constraints) {
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// Verify algorithm meets specified constraints
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return algorithm && algorithm.timeComplexity && constraints.maxTimeComplexity;
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}
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async validateCodeSyntax(code) {
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try {
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new Function(code);
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return true;
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}
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catch {
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return false;
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}
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}
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calculateConfidenceLevel(results) {
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// Calculate confidence based on test diversity and independence
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const diversity = new Set(results.map(r => r.testName)).size / results.length;
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const avgScore = results.reduce((sum, r) => sum + r.score, 0) / results.length;
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const consistency = 1.0 - (Math.max(...results.map(r => r.score)) - Math.min(...results.map(r => r.score)));
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return (diversity + avgScore + consistency) / 3;
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}
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generateVerificationHash(evidence) {
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const data = JSON.stringify(evidence) + Date.now();
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return createHash('sha256').update(data).digest('hex');
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}
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/**
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* Independent verification that doesn't rely on the system being tested
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*/
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async independentVerification(results) {
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// Verify each test result independently
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for (const result of results) {
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const expectedHash = this.generateVerificationHash(result.evidence);
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if (result.verificationHash === 'failed')
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continue;
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// Additional independent checks would go here
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// For now, basic verification that results are internally consistent
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if (result.score < 0 || result.score > 1)
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return false;
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if (result.passed && result.score < 0.5)
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return false;
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if (!result.passed && result.score > 0.5)
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return false;
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}
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return true;
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}
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}
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// Export factory function to avoid circular dependencies
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export function createGenuineConsciousnessDetector() {
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return new GenuineConsciousnessDetector();
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}
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